#include "client_impl.hpp"

#include <userver/utils/assert.hpp>

#include <storages/redis/impl/sentinel.hpp>

#include "impl/command_control_impl.hpp"
#include "request_impl.hpp"
#include "transaction_impl.hpp"

USERVER_NAMESPACE_BEGIN

namespace storages::redis {

using impl::CmdArgs;
using impl::CommandControlImpl;

namespace {

template <ScanTag>
const std::string kScanCommandName;

template <>
const std::string kScanCommandName<ScanTag::kScan> = "scan";
template <>
const std::string kScanCommandName<ScanTag::kSscan> = "sscan";
template <>
const std::string kScanCommandName<ScanTag::kHscan> = "hscan";
template <>
const std::string kScanCommandName<ScanTag::kZscan> = "zscan";

void DoCheckShard(size_t shard, std::optional<size_t> force_shard_idx) {
    if (force_shard_idx && *force_shard_idx != shard)
        throw InvalidArgumentException(
            "forced shard idx != shard from command (" + std::to_string(*force_shard_idx) +
            " != " + std::to_string(shard) + ')'
        );
}

}  // namespace

ClientImpl::ClientImpl(std::shared_ptr<impl::Sentinel> sentinel) : redis_client_(std::move(sentinel)) {}

void ClientImpl::WaitConnectedOnce(RedisWaitConnected wait_connected) {
    redis_client_->WaitConnectedOnce(wait_connected);
}

size_t ClientImpl::ShardsCount() const { return redis_client_->ShardsCount(); }
bool ClientImpl::IsInClusterMode() const { return redis_client_->IsInClusterMode(); }

size_t ClientImpl::ShardByKey(const std::string& key) const { return redis_client_->ShardByKey(key); }

Request<ScanReplyTmpl<ScanTag::kScan>> ClientImpl::MakeScanRequestNoKey(
    size_t shard,
    ScanReply::Cursor cursor,
    ScanOptions options,
    const CommandControl& command_control
) {
    CmdArgs cmd_args{
        kScanCommandName<ScanTag::kScan>, cursor.GetValue(), options.ExtractMatch(), options.ExtractCount()};
    return CreateRequest<Request<ScanReplyTmpl<ScanTag::kScan>>>(
        MakeRequest(std::move(cmd_args), shard, false, GetCommandControl(command_control))
    );
}

template <ScanTag TScanTag>
Request<ScanReplyTmpl<TScanTag>> ClientImpl::MakeScanRequestWithKey(
    std::string key,
    size_t shard,
    typename ScanReplyTmpl<TScanTag>::Cursor cursor,
    ScanOptionsGeneric options,
    const CommandControl& command_control
) {
    CmdArgs cmd_args{
        kScanCommandName<TScanTag>, std::move(key), cursor.GetValue(), options.ExtractMatch(), options.ExtractCount()};
    return CreateRequest<Request<ScanReplyTmpl<TScanTag>>>(
        MakeRequest(std::move(cmd_args), shard, false, GetCommandControl(command_control))
    );
}

// redis commands:

RequestAppend ClientImpl::Append(std::string key, std::string value, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestAppend>(MakeRequest(
        CmdArgs{"append", std::move(key), std::move(value)}, shard, true, GetCommandControl(command_control)
    ));
}

RequestBitop ClientImpl::Bitop(
    BitOperation op,
    std::string dest_key,
    std::vector<std::string> src_keys,
    const CommandControl& command_control
) {
    auto shard = ShardByKey(dest_key, command_control);
    const auto operation = ToString(op);

    return CreateRequest<RequestBitop>(MakeRequest(
        CmdArgs{"bitop", std::move(operation), std::move(dest_key), std::move(src_keys)},
        shard,
        true,
        GetCommandControl(command_control)
    ));
}

RequestDbsize ClientImpl::Dbsize(size_t shard, const CommandControl& command_control) {
    CheckShard(shard, command_control);
    return CreateRequest<RequestDbsize>(MakeRequest(CmdArgs{"dbsize"}, shard, false, GetCommandControl(command_control))
    );
}

RequestDecr ClientImpl::Decr(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestDecr>(
        MakeRequest(CmdArgs{"decr", std::move(key)}, shard, true, GetCommandControl(command_control))
    );
}

RequestDel ClientImpl::Del(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestDel>(
        MakeRequest(CmdArgs{"del", std::move(key)}, shard, true, GetCommandControl(command_control))
    );
}

RequestDel ClientImpl::Del(std::vector<std::string> keys, const CommandControl& command_control) {
    if (keys.empty()) return CreateDummyRequest<RequestDel>(std::make_shared<Reply>("del", 0));
    auto shard = ShardByKey(keys.at(0), command_control);
    return CreateRequest<RequestDel>(
        MakeRequest(CmdArgs{"del", std::move(keys)}, shard, true, GetCommandControl(command_control))
    );
}

RequestUnlink ClientImpl::Unlink(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestUnlink>(
        MakeRequest(CmdArgs{"unlink", std::move(key)}, shard, true, GetCommandControl(command_control))
    );
}

RequestUnlink ClientImpl::Unlink(std::vector<std::string> keys, const CommandControl& command_control) {
    if (keys.empty()) return CreateDummyRequest<RequestUnlink>(std::make_shared<Reply>("unlink", 0));
    auto shard = ShardByKey(keys.at(0), command_control);
    return CreateRequest<RequestUnlink>(
        MakeRequest(CmdArgs{"unlink", std::move(keys)}, shard, true, GetCommandControl(command_control))
    );
}

RequestEvalCommon ClientImpl::EvalCommon(
    std::string script,
    std::vector<std::string> keys,
    std::vector<std::string> args,
    const CommandControl& command_control
) {
    UASSERT(!keys.empty());
    auto shard = ShardByKey(keys.at(0), command_control);
    size_t keys_size = keys.size();
    return CreateRequest<RequestEvalCommon>(MakeRequest(
        CmdArgs{"eval", std::move(script), keys_size, std::move(keys), std::move(args)},
        shard,
        true,
        GetCommandControl(command_control)
    ));
}

RequestEvalShaCommon ClientImpl::EvalShaCommon(
    std::string script_hash,
    std::vector<std::string> keys,
    std::vector<std::string> args,
    const CommandControl& command_control
) {
    UASSERT(!keys.empty());
    auto shard = ShardByKey(keys.at(0), command_control);
    size_t keys_size = keys.size();
    return CreateRequest<RequestEvalShaCommon>(MakeRequest(
        CmdArgs{"evalsha", std::move(script_hash), keys_size, std::move(keys), std::move(args)},
        shard,
        true,
        GetCommandControl(command_control)
    ));
}

RequestGenericCommon ClientImpl::GenericCommon(
    std::string command,
    std::vector<std::string> args,
    size_t key_index,
    const CommandControl& command_control
) {
    size_t shard = ShardByKey(args.at(key_index), command_control);
    return CreateRequest<RequestGenericCommon>(
        MakeRequest(CmdArgs{command, std::move(args)}, shard, true, GetCommandControl(command_control))
    );
}

RequestScriptLoad ClientImpl::ScriptLoad(std::string script, size_t shard, const CommandControl& command_control) {
    return CreateRequest<RequestScriptLoad>(
        MakeRequest(CmdArgs{"script", "load", std::move(script)}, shard, true, GetCommandControl(command_control))
    );
}

RequestExists ClientImpl::Exists(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestExists>(
        MakeRequest(CmdArgs{"exists", std::move(key)}, shard, false, GetCommandControl(command_control))
    );
}

RequestExists ClientImpl::Exists(std::vector<std::string> keys, const CommandControl& command_control) {
    if (keys.empty()) return CreateDummyRequest<RequestExists>(std::make_shared<Reply>("exists", 0));
    auto shard = ShardByKey(keys.at(0), command_control);
    return CreateRequest<RequestExists>(
        MakeRequest(CmdArgs{"exists", std::move(keys)}, shard, false, GetCommandControl(command_control))
    );
}

RequestExpire ClientImpl::Expire(std::string key, std::chrono::seconds ttl, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestExpire>(
        MakeRequest(CmdArgs{"expire", std::move(key), ttl.count()}, shard, true, GetCommandControl(command_control))
    );
}

RequestExpire ClientImpl::Expire(
    std::string key,
    std::chrono::seconds ttl,
    ExpireOptions options,
    const CommandControl& command_control
) {
    const auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestExpire>(MakeRequest(
        CmdArgs{"expire", std::move(key), ttl.count(), options}, shard, true, GetCommandControl(command_control)
    ));
}

RequestGeoadd ClientImpl::Geoadd(std::string key, GeoaddArg point_member, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestGeoadd>(MakeRequest(
        CmdArgs{"geoadd", std::move(key), std::move(point_member)}, shard, true, GetCommandControl(command_control)
    ));
}

RequestGeoadd
ClientImpl::Geoadd(std::string key, std::vector<GeoaddArg> point_members, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestGeoadd>(MakeRequest(
        CmdArgs{"geoadd", std::move(key), std::move(point_members)}, shard, true, GetCommandControl(command_control)
    ));
}

RequestGeopos
ClientImpl::Geopos(std::string key, std::vector<std::string> members, const CommandControl& command_control) {
    if (members.empty())
        return CreateDummyRequest<RequestGeopos>(std::make_shared<Reply>("geopos", ReplyData::Array{}));
    const auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestGeopos>(MakeRequest(
        CmdArgs{"geopos", std::move(key), std::move(members)}, shard, false, GetCommandControl(command_control)
    ));
}

RequestGeoradius ClientImpl::Georadius(
    std::string key,
    Longitude lon,
    Latitude lat,
    double radius,
    const GeoradiusOptions& georadius_options,
    const CommandControl& command_control
) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestGeoradius>(MakeRequest(
        CmdArgs{"georadius_ro", std::move(key), lon.GetUnderlying(), lat.GetUnderlying(), radius, georadius_options},
        shard,
        false,
        GetCommandControl(command_control)
    ));
}

RequestGeosearch ClientImpl::Geosearch(
    std::string key,
    std::string member,
    double radius,
    const GeosearchOptions& geosearch_options,
    const CommandControl& command_control
) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestGeosearch>(MakeRequest(
        CmdArgs{"geosearch", std::move(key), "FROMMEMBER", std::move(member), "BYRADIUS", radius, geosearch_options},
        shard,
        false,
        GetCommandControl(command_control)
    ));
}

RequestGeosearch ClientImpl::Geosearch(
    std::string key,
    std::string member,
    BoxWidth width,
    BoxHeight height,
    const GeosearchOptions& geosearch_options,
    const CommandControl& command_control
) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestGeosearch>(MakeRequest(
        CmdArgs{
            "geosearch",
            std::move(key),
            "FROMMEMBER",
            std::move(member),
            "BYBOX",
            width.GetUnderlying(),
            height.GetUnderlying(),
            geosearch_options},
        shard,
        false,
        GetCommandControl(command_control)
    ));
}

RequestGeosearch ClientImpl::Geosearch(
    std::string key,
    Longitude lon,
    Latitude lat,
    double radius,
    const GeosearchOptions& geosearch_options,
    const CommandControl& command_control
) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestGeosearch>(MakeRequest(
        CmdArgs{
            "geosearch",
            std::move(key),
            "FROMLONLAT",
            lon.GetUnderlying(),
            lat.GetUnderlying(),
            "BYRADIUS",
            radius,
            geosearch_options},
        shard,
        false,
        GetCommandControl(command_control)
    ));
}

RequestGeosearch ClientImpl::Geosearch(
    std::string key,
    Longitude lon,
    Latitude lat,
    BoxWidth width,
    BoxHeight height,
    const GeosearchOptions& geosearch_options,
    const CommandControl& command_control
) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestGeosearch>(MakeRequest(
        CmdArgs{
            "geosearch",
            std::move(key),
            "FROMLONLAT",
            lon.GetUnderlying(),
            lat.GetUnderlying(),
            "BYBOX",
            width.GetUnderlying(),
            height.GetUnderlying(),
            geosearch_options},
        shard,
        false,
        GetCommandControl(command_control)
    ));
}

RequestGet ClientImpl::Get(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestGet>(
        MakeRequest(CmdArgs{"get", std::move(key)}, shard, false, GetCommandControl(command_control))
    );
}

RequestGetset ClientImpl::Getset(std::string key, std::string value, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestGetset>(MakeRequest(
        CmdArgs{"getset", std::move(key), std::move(value)}, shard, true, GetCommandControl(command_control)
    ));
}

RequestHdel ClientImpl::Hdel(std::string key, std::string field, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestHdel>(
        MakeRequest(CmdArgs{"hdel", std::move(key), std::move(field)}, shard, true, GetCommandControl(command_control))
    );
}

RequestHdel ClientImpl::Hdel(std::string key, std::vector<std::string> fields, const CommandControl& command_control) {
    if (fields.empty()) return CreateDummyRequest<RequestHdel>(std::make_shared<Reply>("hdel", 0));
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestHdel>(
        MakeRequest(CmdArgs{"hdel", std::move(key), std::move(fields)}, shard, true, GetCommandControl(command_control))
    );
}

RequestHexists ClientImpl::Hexists(std::string key, std::string field, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestHexists>(MakeRequest(
        CmdArgs{"hexists", std::move(key), std::move(field)}, shard, false, GetCommandControl(command_control)
    ));
}

RequestHget ClientImpl::Hget(std::string key, std::string field, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestHget>(
        MakeRequest(CmdArgs{"hget", std::move(key), std::move(field)}, shard, false, GetCommandControl(command_control))
    );
}

RequestHgetall ClientImpl::Hgetall(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestHgetall>(
        MakeRequest(CmdArgs{"hgetall", std::move(key)}, shard, false, GetCommandControl(command_control))
    );
}

RequestHincrby
ClientImpl::Hincrby(std::string key, std::string field, int64_t increment, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestHincrby>(MakeRequest(
        CmdArgs{"hincrby", std::move(key), std::move(field), increment}, shard, true, GetCommandControl(command_control)
    ));
}

RequestHincrbyfloat
ClientImpl::Hincrbyfloat(std::string key, std::string field, double increment, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestHincrbyfloat>(MakeRequest(
        CmdArgs{"hincrbyfloat", std::move(key), std::move(field), increment},
        shard,
        true,
        GetCommandControl(command_control)
    ));
}

RequestHkeys ClientImpl::Hkeys(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestHkeys>(
        MakeRequest(CmdArgs{"hkeys", std::move(key)}, shard, false, GetCommandControl(command_control))
    );
}

RequestHlen ClientImpl::Hlen(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestHlen>(
        MakeRequest(CmdArgs{"hlen", std::move(key)}, shard, false, GetCommandControl(command_control))
    );
}

RequestHmget
ClientImpl::Hmget(std::string key, std::vector<std::string> fields, const CommandControl& command_control) {
    if (fields.empty()) return CreateDummyRequest<RequestHmget>(std::make_shared<Reply>("hmget", ReplyData::Array{}));
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestHmget>(MakeRequest(
        CmdArgs{"hmget", std::move(key), std::move(fields)}, shard, false, GetCommandControl(command_control)
    ));
}

RequestHmset ClientImpl::Hmset(
    std::string key,
    std::vector<std::pair<std::string, std::string>> field_values,
    const CommandControl& command_control
) {
    if (field_values.empty())
        return CreateDummyRequest<RequestHmset>(std::make_shared<Reply>("hmset", ReplyData::CreateStatus("OK")));
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestHmset>(MakeRequest(
        CmdArgs{"hmset", std::move(key), std::move(field_values)}, shard, true, GetCommandControl(command_control)
    ));
}

ScanRequest<ScanTag::kHscan>
ClientImpl::Hscan(std::string key, HscanOptions options, const CommandControl& command_control) {
    return ScanTmpl<ScanTag::kHscan>(std::move(key), std::move(options), command_control);
}

RequestHset
ClientImpl::Hset(std::string key, std::string field, std::string value, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestHset>(MakeRequest(
        CmdArgs{"hset", std::move(key), std::move(field), std::move(value)},
        shard,
        true,
        GetCommandControl(command_control)
    ));
}

RequestHsetnx
ClientImpl::Hsetnx(std::string key, std::string field, std::string value, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestHsetnx>(MakeRequest(
        CmdArgs{"hsetnx", std::move(key), std::move(field), std::move(value)},
        shard,
        true,
        GetCommandControl(command_control)
    ));
}

RequestHvals ClientImpl::Hvals(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestHvals>(
        MakeRequest(CmdArgs{"hvals", std::move(key)}, shard, false, GetCommandControl(command_control))
    );
}

RequestIncr ClientImpl::Incr(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestIncr>(
        MakeRequest(CmdArgs{"incr", std::move(key)}, shard, true, GetCommandControl(command_control))
    );
}

RequestKeys ClientImpl::Keys(std::string keys_pattern, size_t shard, const CommandControl& command_control) {
    CheckShard(shard, command_control);
    return CreateRequest<RequestKeys>(
        MakeRequest(CmdArgs{"keys", std::move(keys_pattern)}, shard, false, GetCommandControl(command_control))
    );
}

RequestLindex ClientImpl::Lindex(std::string key, int64_t index, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestLindex>(
        MakeRequest(CmdArgs{"lindex", std::move(key), index}, shard, false, GetCommandControl(command_control))
    );
}

RequestLlen ClientImpl::Llen(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestLlen>(
        MakeRequest(CmdArgs{"llen", std::move(key)}, shard, false, GetCommandControl(command_control))
    );
}

RequestLpop ClientImpl::Lpop(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestLpop>(
        MakeRequest(CmdArgs{"lpop", std::move(key)}, shard, true, GetCommandControl(command_control))
    );
}

RequestLpush ClientImpl::Lpush(std::string key, std::string value, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestLpush>(
        MakeRequest(CmdArgs{"lpush", std::move(key), std::move(value)}, shard, true, GetCommandControl(command_control))
    );
}

RequestLpush
ClientImpl::Lpush(std::string key, std::vector<std::string> values, const CommandControl& command_control) {
    if (values.empty()) return Llen(std::move(key), command_control);
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestLpush>(MakeRequest(
        CmdArgs{"lpush", std::move(key), std::move(values)}, shard, true, GetCommandControl(command_control)
    ));
}

RequestLpushx ClientImpl::Lpushx(std::string key, std::string element, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestLpushx>(MakeRequest(
        CmdArgs{"lpushx", std::move(key), std::move(element)}, shard, true, GetCommandControl(command_control)
    ));
}

RequestLrange ClientImpl::Lrange(std::string key, int64_t start, int64_t stop, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestLrange>(
        MakeRequest(CmdArgs{"lrange", std::move(key), start, stop}, shard, false, GetCommandControl(command_control))
    );
}

RequestLrem
ClientImpl::Lrem(std::string key, int64_t count, std::string element, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestLrem>(MakeRequest(
        CmdArgs{"lrem", std::move(key), count, std::move(element)}, shard, true, GetCommandControl(command_control)
    ));
}

RequestLtrim ClientImpl::Ltrim(std::string key, int64_t start, int64_t stop, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestLtrim>(
        MakeRequest(CmdArgs{"ltrim", std::move(key), start, stop}, shard, true, GetCommandControl(command_control))
    );
}

RequestMget ClientImpl::Mget(std::vector<std::string> keys, const CommandControl& command_control) {
    if (keys.empty()) return CreateDummyRequest<RequestMget>(std::make_shared<Reply>("mget", ReplyData::Array{}));
    const auto shard = ShardByKey(keys.at(0), command_control);
    auto max_chunk_size = CommandControlImpl{command_control}.chunk_size;
    if (max_chunk_size == 0) {
        max_chunk_size = keys.size();
    }
    auto make_request = [this, shard, cc = GetCommandControl(command_control)](auto keys) {
        return MakeRequest(CmdArgs{"mget", std::move(keys)}, shard, false, cc);
    };
    if (max_chunk_size >= keys.size()) {
        return CreateRequest<RequestMget>(make_request(std::move(keys)));
    }
    return CreateAggregateRequest<RequestMget>(MakeRequestChunks(
        max_chunk_size, std::move(keys), [&make_request](auto keys) { return make_request(std::move(keys)); }
    ));
}

RequestMset
ClientImpl::Mset(std::vector<std::pair<std::string, std::string>> key_values, const CommandControl& command_control) {
    if (key_values.empty())
        return CreateDummyRequest<RequestMset>(std::make_shared<Reply>("mset", ReplyData::CreateStatus("OK")));
    auto shard = ShardByKey(key_values.at(0).first, command_control);
    return CreateRequest<RequestMset>(
        MakeRequest(CmdArgs{"mset", std::move(key_values)}, shard, true, GetCommandControl(command_control))
    );
}

TransactionPtr ClientImpl::Multi() { return std::make_unique<TransactionImpl>(shared_from_this()); }

TransactionPtr ClientImpl::Multi(Transaction::CheckShards check_shards) {
    return std::make_unique<TransactionImpl>(shared_from_this(), check_shards);
}

RequestPersist ClientImpl::Persist(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestPersist>(
        MakeRequest(CmdArgs{"persist", std::move(key)}, shard, true, GetCommandControl(command_control))
    );
}

RequestPexpire
ClientImpl::Pexpire(std::string key, std::chrono::milliseconds ttl, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestPexpire>(
        MakeRequest(CmdArgs{"pexpire", std::move(key), ttl.count()}, shard, true, GetCommandControl(command_control))
    );
}

RequestPing ClientImpl::Ping(size_t shard, const CommandControl& command_control) {
    CheckShard(shard, command_control);
    return CreateRequest<RequestPing>(MakeRequest(CmdArgs{"ping"}, shard, false, GetCommandControl(command_control)));
}

RequestPingMessage ClientImpl::Ping(size_t shard, std::string message, const CommandControl& command_control) {
    CheckShard(shard, command_control);
    return CreateRequest<RequestPingMessage>(
        MakeRequest(CmdArgs{"ping", std::move(message)}, shard, false, GetCommandControl(command_control))
    );
}

void ClientImpl::Publish(
    std::string channel,
    std::string message,
    const CommandControl& command_control,
    PubShard policy
) {
    const auto publish_settings = redis_client_->GetPublishSettings();
    const auto shard = GetPublishShard(policy, publish_settings);
    auto cc = GetCommandControl(command_control);
    cc.strategy = publish_settings.strategy;
    MakeRequest(
        CmdArgs{"publish", std::move(channel), std::move(message)}, shard, publish_settings.master, std::move(cc)
    );
}

void ClientImpl::Spublish(std::string channel, std::string message, const CommandControl& command_control) {
    const auto shard = ShardByKey(channel, command_control);
    auto cc = GetCommandControl(command_control);
    /// allow send publish not only to master but also to replicas
    cc.allow_reads_from_master = true;
    cc.strategy = CommandControl::Strategy::kEveryDc;
    MakeRequest(CmdArgs{"spublish", std::move(channel), std::move(message)}, shard, false, std::move(cc));
}

RequestRename ClientImpl::Rename(std::string key, std::string new_key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    auto new_shard = ShardByKey(new_key, command_control);
    if (shard != new_shard)
        throw InvalidArgumentException(
            "shard of key != shard of new_key (" + std::to_string(shard) + " != " + std::to_string(new_shard) + ')'
        );
    return CreateRequest<RequestRename>(MakeRequest(
        CmdArgs{"rename", std::move(key), std::move(new_key)}, shard, true, GetCommandControl(command_control)
    ));
}

RequestRpop ClientImpl::Rpop(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestRpop>(
        MakeRequest(CmdArgs{"rpop", std::move(key)}, shard, true, GetCommandControl(command_control))
    );
}

RequestRpush ClientImpl::Rpush(std::string key, std::string value, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestRpush>(
        MakeRequest(CmdArgs{"rpush", std::move(key), std::move(value)}, shard, true, GetCommandControl(command_control))
    );
}

RequestRpush
ClientImpl::Rpush(std::string key, std::vector<std::string> values, const CommandControl& command_control) {
    if (values.empty()) return Llen(std::move(key), command_control);
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestRpush>(MakeRequest(
        CmdArgs{"rpush", std::move(key), std::move(values)}, shard, true, GetCommandControl(command_control)
    ));
}

RequestRpushx ClientImpl::Rpushx(std::string key, std::string element, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestRpushx>(MakeRequest(
        CmdArgs{"rpushx", std::move(key), std::move(element)}, shard, true, GetCommandControl(command_control)
    ));
}

RequestSadd ClientImpl::Sadd(std::string key, std::string member, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestSadd>(
        MakeRequest(CmdArgs{"sadd", std::move(key), std::move(member)}, shard, true, GetCommandControl(command_control))
    );
}

RequestSadd ClientImpl::Sadd(std::string key, std::vector<std::string> members, const CommandControl& command_control) {
    if (members.empty()) return CreateDummyRequest<RequestSadd>(std::make_shared<Reply>("sadd", 0));
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestSadd>(MakeRequest(
        CmdArgs{"sadd", std::move(key), std::move(members)}, shard, true, GetCommandControl(command_control)
    ));
}

ScanRequest<ScanTag::kScan> ClientImpl::Scan(size_t shard, ScanOptions options, const CommandControl& command_control) {
    CheckShard(shard, command_control);
    return ScanRequest<ScanTag::kScan>(std::make_unique<RequestScanData<ScanTag::kScan>>(
        shared_from_this(), shard, std::move(options), command_control
    ));
}

template <ScanTag TScanTag>
ScanRequest<TScanTag>
ClientImpl::ScanTmpl(std::string key, ScanOptionsGeneric options, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return ScanRequest<TScanTag>(std::make_unique<RequestScanData<TScanTag>>(
        shared_from_this(), std::move(key), shard, std::move(options), command_control
    ));
}

RequestScard ClientImpl::Scard(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestScard>(
        MakeRequest(CmdArgs{"scard", std::move(key)}, shard, false, GetCommandControl(command_control))
    );
}

RequestSet ClientImpl::Set(std::string key, std::string value, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestSet>(
        MakeRequest(CmdArgs{"set", std::move(key), std::move(value)}, shard, true, GetCommandControl(command_control))
    );
}

RequestSet ClientImpl::Set(
    std::string key,
    std::string value,
    std::chrono::milliseconds ttl,
    const CommandControl& command_control
) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestSet>(MakeRequest(
        CmdArgs{"set", std::move(key), std::move(value), "PX", ttl.count()},
        shard,
        true,
        GetCommandControl(command_control)
    ));
}

RequestSetIfExist ClientImpl::SetIfExist(std::string key, std::string value, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestSetIfExist>(MakeRequest(
        CmdArgs{"set", std::move(key), std::move(value), "XX"}, shard, true, GetCommandControl(command_control)
    ));
}

RequestSetIfExist ClientImpl::SetIfExist(
    std::string key,
    std::string value,
    std::chrono::milliseconds ttl,
    const CommandControl& command_control
) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestSetIfExist>(MakeRequest(
        CmdArgs{"set", std::move(key), std::move(value), "PX", ttl.count(), "XX"},
        shard,
        true,
        GetCommandControl(command_control)
    ));
}

RequestSetIfNotExist
ClientImpl::SetIfNotExist(std::string key, std::string value, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestSetIfNotExist>(MakeRequest(
        CmdArgs{"set", std::move(key), std::move(value), "NX"}, shard, true, GetCommandControl(command_control)
    ));
}

RequestSetIfNotExist ClientImpl::SetIfNotExist(
    std::string key,
    std::string value,
    std::chrono::milliseconds ttl,
    const CommandControl& command_control
) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestSetIfNotExist>(MakeRequest(
        CmdArgs{"set", std::move(key), std::move(value), "PX", ttl.count(), "NX"},
        shard,
        true,
        GetCommandControl(command_control)
    ));
}

RequestSetIfNotExistOrGet
ClientImpl::SetIfNotExistOrGet(std::string key, std::string value, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestSetIfNotExistOrGet>(MakeRequest(
        CmdArgs{"set", std::move(key), std::move(value), "NX", "GET"}, shard, true, GetCommandControl(command_control)
    ));
}

RequestSetIfNotExistOrGet ClientImpl::SetIfNotExistOrGet(
    std::string key,
    std::string value,
    std::chrono::milliseconds ttl,
    const CommandControl& command_control
) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestSetIfNotExistOrGet>(MakeRequest(
        CmdArgs{"set", std::move(key), std::move(value), "PX", ttl.count(), "NX", "GET"},
        shard,
        true,
        GetCommandControl(command_control)
    ));
}

RequestSetex ClientImpl::Setex(
    std::string key,
    std::chrono::seconds seconds,
    std::string value,
    const CommandControl& command_control
) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestSetex>(MakeRequest(
        CmdArgs{"setex", std::move(key), seconds.count(), std::move(value)},
        shard,
        true,
        GetCommandControl(command_control)
    ));
}

RequestSismember ClientImpl::Sismember(std::string key, std::string member, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestSismember>(MakeRequest(
        CmdArgs{"sismember", std::move(key), std::move(member)}, shard, false, GetCommandControl(command_control)
    ));
}

RequestSmembers ClientImpl::Smembers(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestSmembers>(
        MakeRequest(CmdArgs{"smembers", std::move(key)}, shard, false, GetCommandControl(command_control))
    );
}

RequestSrandmember ClientImpl::Srandmember(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestSrandmember>(
        MakeRequest(CmdArgs{"srandmember", std::move(key)}, shard, false, GetCommandControl(command_control))
    );
}

RequestSrandmembers ClientImpl::Srandmembers(std::string key, int64_t count, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestSrandmembers>(
        MakeRequest(CmdArgs{"srandmember", std::move(key), count}, shard, false, GetCommandControl(command_control))
    );
}

RequestSrem ClientImpl::Srem(std::string key, std::string member, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestSrem>(
        MakeRequest(CmdArgs{"srem", std::move(key), std::move(member)}, shard, true, GetCommandControl(command_control))
    );
}

RequestSrem ClientImpl::Srem(std::string key, std::vector<std::string> members, const CommandControl& command_control) {
    if (members.empty()) return CreateDummyRequest<RequestSrem>(std::make_shared<Reply>("srem", 0));
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestSrem>(MakeRequest(
        CmdArgs{"srem", std::move(key), std::move(members)}, shard, true, GetCommandControl(command_control)
    ));
}

ScanRequest<ScanTag::kSscan>
ClientImpl::Sscan(std::string key, SscanOptions options, const CommandControl& command_control) {
    return ScanTmpl<ScanTag::kSscan>(std::move(key), std::move(options), command_control);
}

RequestStrlen ClientImpl::Strlen(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestStrlen>(
        MakeRequest(CmdArgs{"strlen", std::move(key)}, shard, false, GetCommandControl(command_control))
    );
}

RequestTime ClientImpl::Time(size_t shard, const CommandControl& command_control) {
    CheckShard(shard, command_control);
    return CreateRequest<RequestTime>(MakeRequest(CmdArgs{"time"}, shard, false, GetCommandControl(command_control)));
}

RequestTtl ClientImpl::Ttl(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestTtl>(
        MakeRequest(CmdArgs{"ttl", std::move(key)}, shard, false, GetCommandControl(command_control))
    );
}

RequestType ClientImpl::Type(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestType>(
        MakeRequest(CmdArgs{"type", std::move(key)}, shard, false, GetCommandControl(command_control))
    );
}

RequestZadd ClientImpl::Zadd(std::string key, double score, std::string member, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestZadd>(MakeRequest(
        CmdArgs{"zadd", std::move(key), score, std::move(member)}, shard, true, GetCommandControl(command_control)
    ));
}

RequestZadd ClientImpl::Zadd(
    std::string key,
    double score,
    std::string member,
    const ZaddOptions& options,
    const CommandControl& command_control
) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestZadd>(MakeRequest(
        CmdArgs{"zadd", std::move(key), options, score, std::move(member)},
        shard,
        true,
        GetCommandControl(command_control)
    ));
}

RequestZadd ClientImpl::Zadd(
    std::string key,
    std::vector<std::pair<double, std::string>> scored_members,
    const CommandControl& command_control
) {
    if (scored_members.empty()) return CreateDummyRequest<RequestZadd>(std::make_shared<Reply>("zadd", 0));
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestZadd>(MakeRequest(
        CmdArgs{"zadd", std::move(key), std::move(scored_members)}, shard, true, GetCommandControl(command_control)
    ));
}

RequestZadd ClientImpl::Zadd(
    std::string key,
    std::vector<std::pair<double, std::string>> scored_members,
    const ZaddOptions& options,
    const CommandControl& command_control
) {
    if (scored_members.empty()) return CreateDummyRequest<RequestZadd>(std::make_shared<Reply>("zadd", 0));
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestZadd>(MakeRequest(
        CmdArgs{"zadd", std::move(key), options, std::move(scored_members)},
        shard,
        true,
        GetCommandControl(command_control)
    ));
}

RequestZaddIncr
ClientImpl::ZaddIncr(std::string key, double score, std::string member, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestZaddIncr>(MakeRequest(
        CmdArgs{"zadd", std::move(key), "INCR", score, std::move(member)},
        shard,
        true,
        GetCommandControl(command_control)
    ));
}

RequestZaddIncrExisting
ClientImpl::ZaddIncrExisting(std::string key, double score, std::string member, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestZaddIncrExisting>(MakeRequest(
        CmdArgs{"zadd", std::move(key), "XX", "INCR", score, std::move(member)},
        shard,
        true,
        GetCommandControl(command_control)
    ));
}

RequestZcard ClientImpl::Zcard(std::string key, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestZcard>(
        MakeRequest(CmdArgs{"zcard", std::move(key)}, shard, false, GetCommandControl(command_control))
    );
}

RequestZcount ClientImpl::Zcount(std::string key, double min, double max, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestZcount>(
        MakeRequest(CmdArgs{"zcount", std::move(key), min, max}, shard, false, GetCommandControl(command_control))
    );
}

RequestZrange ClientImpl::Zrange(std::string key, int64_t start, int64_t stop, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestZrange>(
        MakeRequest(CmdArgs{"zrange", std::move(key), start, stop}, shard, false, GetCommandControl(command_control))
    );
}

RequestZrangeWithScores
ClientImpl::ZrangeWithScores(std::string key, int64_t start, int64_t stop, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    ScoreOptions with_scores{true};
    return CreateRequest<RequestZrangeWithScores>(MakeRequest(
        CmdArgs{"zrange", std::move(key), start, stop, with_scores}, shard, false, GetCommandControl(command_control)
    ));
}

RequestZrangebyscore
ClientImpl::Zrangebyscore(std::string key, double min, double max, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestZrangebyscore>(MakeRequest(
        CmdArgs{"zrangebyscore", std::move(key), min, max}, shard, false, GetCommandControl(command_control)
    ));
}

RequestZrangebyscore
ClientImpl::Zrangebyscore(std::string key, std::string min, std::string max, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestZrangebyscore>(MakeRequest(
        CmdArgs{"zrangebyscore", std::move(key), std::move(min), std::move(max)},
        shard,
        false,
        GetCommandControl(command_control)
    ));
}

RequestZrangebyscore ClientImpl::Zrangebyscore(
    std::string key,
    double min,
    double max,
    const RangeOptions& range_options,
    const CommandControl& command_control
) {
    auto shard = ShardByKey(key, command_control);
    RangeScoreOptions range_score_options{{false}, range_options};
    return CreateRequest<RequestZrangebyscore>(MakeRequest(
        CmdArgs{"zrangebyscore", std::move(key), min, max, range_score_options},
        shard,
        false,
        GetCommandControl(command_control)
    ));
}

RequestZrangebyscore ClientImpl::Zrangebyscore(
    std::string key,
    std::string min,
    std::string max,
    const RangeOptions& range_options,
    const CommandControl& command_control
) {
    auto shard = ShardByKey(key, command_control);
    RangeScoreOptions range_score_options{{false}, range_options};
    return CreateRequest<RequestZrangebyscore>(MakeRequest(
        CmdArgs{"zrangebyscore", std::move(key), std::move(min), std::move(max), range_score_options},
        shard,
        false,
        GetCommandControl(command_control)
    ));
}

RequestZrangebyscoreWithScores
ClientImpl::ZrangebyscoreWithScores(std::string key, double min, double max, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    RangeScoreOptions range_score_options{{true}, {}};
    return CreateRequest<RequestZrangebyscoreWithScores>(MakeRequest(
        CmdArgs{"zrangebyscore", std::move(key), min, max, range_score_options},
        shard,
        false,
        GetCommandControl(command_control)
    ));
}

RequestZrangebyscoreWithScores ClientImpl::ZrangebyscoreWithScores(
    std::string key,
    std::string min,
    std::string max,
    const CommandControl& command_control
) {
    auto shard = ShardByKey(key, command_control);
    RangeScoreOptions range_score_options{{true}, {}};
    return CreateRequest<RequestZrangebyscoreWithScores>(MakeRequest(
        CmdArgs{"zrangebyscore", std::move(key), std::move(min), std::move(max), range_score_options},
        shard,
        false,
        GetCommandControl(command_control)
    ));
}

RequestZrangebyscoreWithScores ClientImpl::ZrangebyscoreWithScores(
    std::string key,
    double min,
    double max,
    const RangeOptions& range_options,
    const CommandControl& command_control
) {
    auto shard = ShardByKey(key, command_control);
    RangeScoreOptions range_score_options{{true}, range_options};
    return CreateRequest<RequestZrangebyscoreWithScores>(MakeRequest(
        CmdArgs{"zrangebyscore", std::move(key), min, max, range_score_options},
        shard,
        false,
        GetCommandControl(command_control)
    ));
}

RequestZrangebyscoreWithScores ClientImpl::ZrangebyscoreWithScores(
    std::string key,
    std::string min,
    std::string max,
    const RangeOptions& range_options,
    const CommandControl& command_control
) {
    auto shard = ShardByKey(key, command_control);
    RangeScoreOptions range_score_options{{true}, range_options};
    return CreateRequest<RequestZrangebyscoreWithScores>(MakeRequest(
        CmdArgs{"zrangebyscore", std::move(key), std::move(min), std::move(max), range_score_options},
        shard,
        false,
        GetCommandControl(command_control)
    ));
}

RequestZrem ClientImpl::Zrem(std::string key, std::string member, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestZrem>(
        MakeRequest(CmdArgs{"zrem", std::move(key), std::move(member)}, shard, true, GetCommandControl(command_control))
    );
}

RequestZrem ClientImpl::Zrem(std::string key, std::vector<std::string> members, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    if (members.empty()) return CreateDummyRequest<RequestZrem>(std::make_shared<Reply>("zrem", 0));
    return CreateRequest<RequestZrem>(MakeRequest(
        CmdArgs{"zrem", std::move(key), std::move(members)}, shard, true, GetCommandControl(command_control)
    ));
}

RequestZremrangebyrank
ClientImpl::Zremrangebyrank(std::string key, int64_t start, int64_t stop, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestZremrangebyrank>(MakeRequest(
        CmdArgs{"zremrangebyrank", std::move(key), start, stop}, shard, true, GetCommandControl(command_control)
    ));
}

RequestZremrangebyscore
ClientImpl::Zremrangebyscore(std::string key, double min, double max, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestZremrangebyscore>(MakeRequest(
        CmdArgs{"zremrangebyscore", std::move(key), min, max}, shard, true, GetCommandControl(command_control)
    ));
}

RequestZremrangebyscore
ClientImpl::Zremrangebyscore(std::string key, std::string min, std::string max, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestZremrangebyscore>(MakeRequest(
        CmdArgs{"zremrangebyscore", std::move(key), std::move(min), std::move(max)},
        shard,
        true,
        GetCommandControl(command_control)
    ));
}

ScanRequest<ScanTag::kZscan>
ClientImpl::Zscan(std::string key, ZscanOptions options, const CommandControl& command_control) {
    return ScanTmpl<ScanTag::kZscan>(std::move(key), std::move(options), command_control);
}

RequestZscore ClientImpl::Zscore(std::string key, std::string member, const CommandControl& command_control) {
    auto shard = ShardByKey(key, command_control);
    return CreateRequest<RequestZscore>(MakeRequest(
        CmdArgs{"zscore", std::move(key), std::move(member)}, shard, false, GetCommandControl(command_control)
    ));
}

// end of redis commands

impl::Request ClientImpl::MakeRequest(
    CmdArgs&& args,
    size_t shard,
    bool master,
    const CommandControl& command_control,
    size_t replies_to_skip
) {
    return redis_client_->MakeRequest(std::move(args), shard, master, command_control, replies_to_skip);
}

CommandControl ClientImpl::GetCommandControl(const CommandControl& cc) const {
    return redis_client_->GetCommandControl(cc);
}

size_t ClientImpl::GetPublishShard(PubShard policy, const PublishSettings& settings) {
    switch (policy) {
        case PubShard::kZeroShard:
            return 0;

        case PubShard::kRoundRobin:
            return settings.shard;
    }

    return 0;
}

size_t ClientImpl::ShardByKey(const std::string& key, const CommandControl& cc) const {
    return cc.force_shard_idx.value_or(ShardByKey(key));
}

void ClientImpl::CheckShard(size_t shard, const CommandControl& cc) const { DoCheckShard(shard, cc.force_shard_idx); }

template Request<ScanReplyTmpl<ScanTag::kSscan>> ClientImpl::MakeScanRequestWithKey(
    std::string key,
    size_t shard,
    ScanReplyTmpl<ScanTag::kSscan>::Cursor cursor,
    SscanOptions options,
    const CommandControl& command_control
);

template Request<ScanReplyTmpl<ScanTag::kHscan>> ClientImpl::MakeScanRequestWithKey(
    std::string key,
    size_t shard,
    ScanReplyTmpl<ScanTag::kHscan>::Cursor cursor,
    HscanOptions options,
    const CommandControl& command_control
);

template Request<ScanReplyTmpl<ScanTag::kZscan>> ClientImpl::MakeScanRequestWithKey(
    std::string key,
    size_t shard,
    ScanReplyTmpl<ScanTag::kZscan>::Cursor cursor,
    ZscanOptions options,
    const CommandControl& command_control
);

}  // namespace storages::redis

USERVER_NAMESPACE_END
